Detection coverage
Add sensing for airborne chemical threats, biological aerosol anomalies and ionising radiation where conventional checkpoint equipment provides no equivalent environmental warning.
Movement of people and goods
Transportation
Conventional security screening does not cover every chemical, biological, radiological or trace explosive threat. Dedicated detection covers hazards that may have no obvious shape, colour or odour across stations, terminals, cargo areas and vehicles.
Mission focus
Detect what conventional security screening does not cover.
X-ray imaging, metal detection, access control and visual inspection remain essential, but each answers a different security question. They do not by themselves monitor the air for toxic vapours or biological aerosol anomalies, measure ionising radiation, detect trace explosive residues or identify an unknown chemical.
Dedicated detection complements these controls rather than replacing them. FCBR-100 Pro provides continuous multi-threat environmental warning; EF1000 screens for trace explosives; CR1600 identifies suspicious materials; and CR2500 combines chemical, radiological, flammable and explosive screening at security points. The objective is to close detection gaps and create a defined route from indication to verification and response.
Trace and concealed hazards
Watch surfaces and items for trace explosive residues, then use the appropriate integrated or non-destructive method when the hazard is concealed or the material cannot be judged visually.
Unknown material resolution
Give trained personnel a field method for identifying suspicious powders, liquids and other compatible materials, so an unexplained item is not treated as a visual-inspection problem alone.
Operational sequence
Field workflow
A clear sequence connects early indication, field confirmation and a defensible decision - giving every team a shared understanding of what happens next.
Watch
Continuous multi-threat sensing watches occupied spaces for airborne and radiological conditions that are not visible to ordinary checkpoint methods.
Investigate
Trace or integrated screening tests the suspicious surface, item or location with a method selected for the threat. The result determines whether specialist identification is required.
Verify and respond
Field identification and local procedures determine isolation, specialist referral or response. Instrument results remain one part of the security decision and should be recorded with location, operator and action taken.
Selected solutions
The right tools for the task.
01
FCBR-100 Pro
02FCBR-100 Pro is a continuous hazardous threat monitoring system for highly populated areas and events. A multi-sensor array monitors the air for chemical warfare agents, toxic industrial chemicals, biological hazard factors, early fire smoke and radiation, operating as a permanent round-the-clock surveillance unit.
EF1000
03EF1000 is a handheld trace explosives detector built on HT-Nova's proprietary fluorescent small-molecule technology, which identifies explosive molecules by the change they produce in a fluorescent material. It detects around forty kinds of explosives, contains no radioactive sources, and returns a result in under ten seconds.
CR1600
04CR1600 is a handheld Raman identification device supplied in mission-specific versions for police and security, emergency response and hazmat, and borders and customs. Each version carries a database configured for that role, and identifies explosives, narcotics and hazardous chemicals in the field without sampling.
CR2500
CR2500 is an intelligent contraband detector that identifies chemical, radiological and explosive or flammable substances in a single integrated device. It is used by security personnel to keep dangerous and prohibited items out of crowded stations, venues and event areas.
Key information
Reference Application Scenarios
Ensuring public transportation safety and infrastructure integrity
Public Transportation Safety: Nuclear, biological, and chemical monitoring equipment can be installed on public transportation vehicles such as buses, trains, and subways to detect potential chemical, biological, radiological, or explosive threats. Integrated with surveillance systems and emergency response protocols, these sensors enhance the safety of passengers and transportation personnel
Cargo and Passenger Watching: Nuclear, biological, and chemical sensors are applied at transportation hubs such as airports, train stations, and ports to screen luggage and passengers, detecting potential explosives, chemicals, and illicit substances. These sensors play a crucial role in enhancing security measures and preventing the transportation of hazardous materials
Infrastructure Monitoring: Our products can be deployed on critical transportation infrastructure such as bridges, tunnels, and railways to monitor potential hazards such as chemical leaks, gas emissions, or structural weaknesses. Continuous monitoring helps identify safety risks early, enabling timely maintenance and repairs to ensure the integrity of the transportation network
Border security and emergency response
Border Security and Customs Enforcement: Applied at border crossings and checkpoints, these sensors detect illegal substances in vehicles, cargo, and luggage, including drugs, explosives, and chemical weapon precursors. These sensors support customs and border protection agencies in intercepting illicit goods and preventing cross-border threats to national security
Emergency Response Coordination: In the event of traffic accidents involving hazardous materials, real-time data is provided to emergency response teams to assess the severity of the incident and implement appropriate response measures. This includes identifying evacuation areas, managing traffic diversions, and coordinating hazardous material cleanup efforts to minimize the impact on public safety and the environment
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